The DBM062M4K01 6.2-inch 4K TFT-LCD module is a high-resolution display solution designed for professional 3D printers, precision equipment, and compact machine interfaces. With a native 3840 × 2400 resolution, 8-lane MIPI interface, full viewing angle, and a slim 1.16 mm module thickness, this display provides the image clarity and integration flexibility required for advanced control panels and real-time monitoring applications.
For 3D printer manufacturers, the DBM062M4K01 combines ultra-high pixel density with a compact mechanical design and a -20°C to +70°C operating temperature range. It can be integrated into professional SLA, DLP, FDM, and other precision 3D printing equipment where detailed graphical interfaces, print status information, parameter adjustment, and visual monitoring are important.
The DBM062M4K01 is a compact 6.2-inch TFT LCD module with an active area of 134.40 × 84.00 mm and an overall outline of 138.56 × 92.82 × 1.16 mm. Its 3840 × 2400 resolution provides extremely high pixel density for displaying detailed graphics, technical parameters, model previews, and machine-control information.
The module uses an 8-lane MIPI interface in a Master + Slave configuration, providing the high-speed data transmission required for ultra-high-resolution content. Its full viewing angle enables operators to read the display from different positions around a machine, while the wide operating temperature range makes it suitable for demanding workshop and production environments.
6.2-inch compact TFT LCD module
3840 × 2400 ultra-high resolution
0.034 × 0.034 mm pixel pitch
8-lane MIPI interface
Master + Slave MIPI configuration
Full viewing angle
Typical 350:1 contrast ratio
Typical 25 ms response time
-20°C to +70°C operating temperature
-30°C to +80°C storage temperature
Ultra-slim 1.16 mm thickness
Suitable for professional 3D printer and precision equipment interfaces
| Parameter | Specification |
|---|---|
| Model | DBM062M4K01 |
| Display Size | 6.2 inch |
| LCD Type | TFT, Transmissive |
| Resolution | 3840 × 2400 pixels |
| Active Area | 134.40 × 84.00 mm |
| Module Outline | 138.56 × 92.82 × 1.16 mm |
| Pixel Pitch | 0.034 × 0.034 mm |
| Viewing Direction | Full Viewing Angle |
| Viewing Angle | U/D/L/R ≥ 80°; Typ. 85° |
| Interface | 8-Lane MIPI |
| MIPI Configuration | Master + Slave |
| IOVCC | 1.7–1.9 V |
| VSP / VSN | +5.5 V / -5.5 V |
| Maximum Current Consumption | ≤150 mA |
| Transmittance at 405 nm | Min. 6%; Typ. 7% |
| Contrast Ratio at 405 nm | Min. 300; Typ. 350 |
| Response Time | Typ. 25 ms |
| Operating Temperature | -20°C to +70°C |
| Storage Temperature | -30°C to +80°C |
| Pin Configuration | 50-pin |
| Application Focus | 3D printers, precision equipment, machine interfaces |
Specifications are based on the available product specification. Final engineering parameters should be confirmed with Aptus Display before mass production.
A 3D printer display is more than a basic status screen. Modern professional printers increasingly require graphical interfaces capable of presenting detailed models, layer information, exposure parameters, temperature curves, machine status, and operational instructions.
The 3840 × 2400 resolution of the DBM062M4K01 provides substantially more image detail than conventional low-resolution control displays. On a compact 6.2-inch panel, the fine 0.034 mm pixel pitch allows small interface elements, technical graphics, and detailed previews to be rendered clearly.
For resin-based 3D printing systems, this can be particularly useful when the display interface needs to present detailed exposure settings, layer previews, print parameters, and machine information. For professional FDM equipment, the display can support detailed machine-control interfaces, print-progress information, temperature monitoring, and configuration menus.
The display's high pixel density can also contribute to a more refined user interface, helping 3D printer manufacturers create equipment with a professional and premium appearance.
One of the key features of the DBM062M4K01 is its 8-lane MIPI interface with Master + Slave configuration.
High-resolution displays require sufficient interface bandwidth to transfer image data efficiently. The 3840 × 2400 resolution creates a significantly larger data requirement than standard HD or Full HD panels. The 8-lane MIPI architecture is therefore an important consideration when engineers design the display electronics and processor architecture around the panel.
The 50-pin interface incorporates MIPI differential data and clock connections together with control and power-related signals. The interface also includes functions such as TE output and reset input.
For system designers, the display should be evaluated together with the host processor, display controller, power architecture, MIPI timing, PCB layout, and software configuration. Aptus Display can provide engineering documentation and technical support for project-level integration.
Modern 3D printers often require a compact display assembly because the control panel must coexist with mechanical components, electronics, optical systems, cooling structures, and other internal assemblies.
The DBM062M4K01 has an overall thickness of only 1.16 mm, while its outline measures 138.56 × 92.82 mm. This slim profile gives equipment designers greater flexibility when creating compact control panels and integrated display assemblies.
The precise mechanical dimensions also make the module suitable for customized enclosure development. For projects requiring a touch panel, protective glass, customized mechanical structure, or other display integration components, the final configuration should be reviewed with the Aptus engineering team.
Professional 3D printing equipment can operate in environments where temperature conditions vary considerably. The DBM062M4K01 supports an operating temperature range of -20°C to +70°C and a storage temperature range of -30°C to +80°C.
The available reliability validation includes high- and low-temperature operating and storage tests, high-temperature/high-humidity storage, thermal shock, ESD, vibration, and drop testing.
For example, the documented thermal shock test evaluates the module through repeated transitions between -20°C and +70°C, while high-temperature/high-humidity storage testing is conducted at 60°C and 90% RH for 168 hours.
These tests provide engineering reference information when evaluating the module for professional equipment. Actual system-level reliability will depend on the complete product design, including enclosure, power supply, PCB, thermal management, assembly process, and operating conditions.
The high resolution is well suited to resin printing systems that require detailed graphical interfaces. Manufacturers can use the display for print setup, exposure parameters, layer information, model previews, and operational status.
The module can serve as a primary control interface for professional FDM equipment. Engineers can design graphical menus for temperature monitoring, extrusion settings, print progress, material information, and machine configuration.
For production-oriented printers, a clear interface can help operators monitor machine conditions and access critical parameters efficiently. The wide viewing angle supports visibility from different operator positions.
With its slim 1.16 mm profile and compact 6.2-inch format, the module is suitable for equipment where internal space is limited.
The DBM062M4K01 can also be considered for secondary information screens, camera monitoring interfaces, print-bed visualization, or dedicated machine-status displays, depending on the system architecture.
Shenzhen Aptus Technology Co., Limited specializes in TFT LCD display modules and customized display solutions for professional equipment and specialized applications.
Aptus Display combines display sourcing, engineering support, customization capabilities, and project-oriented technical assistance. Our team works with customers to evaluate display specifications such as resolution, interface, viewing angle, brightness, mechanical dimensions, operating temperature, and application requirements.
For 3D printer manufacturers, display selection should not be based on resolution alone. Interface compatibility, electrical characteristics, mechanical integration, optical performance, thermal conditions, and long-term supply requirements should all be evaluated before production.
Aptus Display supports customers with sample evaluation, technical documentation, engineering consultation, volume supply, and customization discussions. Depending on project requirements, customers can discuss display interface configuration, optical matching, mechanical integration, and other display-related requirements with our engineering team.
Yes. The 6.2-inch format, 3840 × 2400 resolution, full viewing angle, 8-lane MIPI interface, slim profile, and -20°C to +70°C operating temperature range make it suitable for professional 3D printer interfaces and precision equipment.
The module uses an 8-lane MIPI interface with a Master + Slave configuration. The 50-pin connector includes MIPI data and clock signals together with power, reset, TE, and ground connections.
The base module is a TFT-LCD display module. A touch panel is not automatically included in the standard configuration. If your 3D printer requires touch operation, please discuss touch-panel integration and mechanical requirements with Aptus Display.
The specified operating temperature range is -20°C to +70°C, while the storage temperature range is -30°C to +80°C.
The typical response time is 25 ms, measured as the combined rise and fall response time.
Yes. Customers can contact Aptus Display to discuss sample availability, technical documentation, mechanical drawings, interface information, and project requirements before moving toward volume production.
Project-specific customization can be discussed based on requirements. Potential areas may include mechanical integration, optical matching, touch-panel integration, interface-related engineering support, and other display system requirements.
Engineers should confirm MIPI compatibility, power requirements, timing parameters, PCB design, mechanical clearance, thermal conditions, software support, and the complete system's optical requirements. Aptus Display can provide relevant engineering information for project evaluation.
If you are developing a professional 3D printer, SLA/DLP printer, FDM printer, precision machine, or high-resolution equipment interface, the DBM062M4K01 provides a strong combination of ultra-high resolution, high-speed MIPI connectivity, compact mechanical dimensions, and wide-temperature performance.
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